Rapidly increasing demand for electricity, rising costs of fossil fuels, and growing
environmental concerns are driving research into alternative energy sources. Wind energy …

In order to meet the increasing demand of wind energy utilization, wind turbines (WTs) are
develo** toward the trend of large size and large capacity. In such a trend, various …

Large-scale wind turbines with a large blade radius rotates under fluctuating conditions
depending on the blade position. The wind speed is maximum in the highest point when the …

Wind energy has the fastest and highest growth rate of any other Renewable energy
sources (RES). Investigating the Wind Energy Conversion Systems (WECS) is very …

Renewable energy sources have become a significant alternative energy source due to the
continuing depletion of conventional energy sources and fluctuation in fuel costs. Currently …

Wind shear and tower shadow effects generate severe fluctuations on the generated power
of wind turbines (WTs). Consequently, in WT-integrated microgrids (MGs) with battery …

The majority of the available wind turbine emulators (WTEs) utilize the detailed electrical sub-
systems, whereas the simplified models are considered for the other aspects. However, wind …

This paper proposes an electronic wind turbine emulator (EWTEm) platform involving the
dynamic models of the wind turbine (WT), permanent magnet synchronous generator …

In this paper, online assessment of a dynamic wind turbine emulator (WTE) with pitch control
mechanism is presented. The comprehensive model of WTE with a self-excited induction …

This paper presents the design of an innovative scalable wind turbine emulator. The
system's hardware and software components are described in detail including test results …